Interior and exterior transfers are presented.
Numerical results indicate that exterior transfers need less fuel consumption while interior transfers always achieve quicker transfers.
After determining the launch window of a long term DRO, two different types of transfers to the DRO are obtained, namely interior transfers and exterior transfers.
By the comparison of these transfer strategies, the interior transfers with non-tangential injection can be accomplished with as less fuel consumption as the exterior transfers approximately, about 549 m/s less than the transfers in the previous works.
The analytical solutions concerning the borehole's exterior heat transfer are given.
For instance, with thin cuts of pork like pork chops or sirloin cutlets, you may want to quickly cook the meat with high surface heat to give it a crisp, savory exterior, then transfer the pork to less-intense dry heat to finish cooking it.
In this study, an overview is given of existing correlations of the exterior convective heat transfer coefficient (CHTC) with the wind speed, indicating significant differences between these correlations.
In the proposed connection, the SFRCC slab is designed as an exterior diaphragm to transfer the beam flange load to the column face.
Dimensionless correlations for the exterior convective heat transfer coefficient (CHTC), expressed as Nusselt number (Nu), were developed for the windward roof, based on Reynolds number and incident turbulence intensity at eaves height, thereby quantifying the strong influence of incident turbulence on the CHTC.
Exterior and interior transfers, based on the transit through the regions where the collinear libration points are located, have been studied for a long time and some space missions have already taken advantage of the results of these studies.
